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Atomic Force Microscopy / Scanning Tunneling Microscopy Clear Filters

Application Note

Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

22 Jun 2023

Application Note

Explore Bruker’s Dimension Icon atomic force microscope

22 Jun 2023

Application Note

Explore the Dimension Edge with ScanAsyst

22 Jun 2023

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Explore the Bruker Dimension FastScan

22 Jun 2023

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Explore the Bruker MultiMode 8-HR

22 Jun 2023

Application Note

Introduction to Bruker’s ScanAsyst and PeakForce Tapping AFM technology

21 Jun 2023

Application Note

PeakForce Kelvin probe force microscopy

21 Jun 2023

Application eBook

Beyond the naked eye: Characterizing nanomaterials with precision

Today’s demand for faster and smaller electronics is ever growing. Discover how to meet this demand using the latest nanomaterial characterization techniques

11 Jun 2023

Infographic

Artificial intelligence for microscopy: Latest industry trends

29 Mar 2023

Application Note

Atomic force microscopy for materials

22 Mar 2023

Application Note

Introducing the Park FX40 atomic force microscope from Park Systems

16 Sept 2021

Application Note

Investigating the origin of the domain structure in the piezoresponse of hybrid perovskites

8 Sept 2021

Application Note

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

8 Sept 2021

Application Note

A new class of atomic force microscope: FX40, the automatic AFM

6 Sept 2021

Product Brochures

Meeting the challenges of EM sample preparation: The Leica Nanotechnology product portfolio

29 Jul 2021

Application Note

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

14 Jul 2021

Application Note

Making the connection: Atomic force microscopy correlates Graphene's functional properties on the nanoscale

19 May 2021

Application Note

Correlating graphene's functional properties via AFM

3 May 2021

Application Note

Resolving the full potential: Imaging the potential of molecule aggregates via sideband KPFM

3 May 2021

Application Note

Moiré patterns on 2D heterostructures via atomic force microscopy

3 May 2021

Product Brochures

ZEISS integrated atomic force microscope: Your only true in situ AFM solution for FE-SEMs and FIB-SEMs

16 Nov 2020

White Papers

Five criteria for high-quality Raman microscopes

10 Aug 2020

Application Note

Stabilizing the piezoresponse for accurate and crosstalk-free ferroelectric domain characterization

5 Aug 2020

Application Note

Carrier profiling in high vacuum using scanning spreading resistance microscopy and scanning capacitance microscopy

5 Aug 2020

Application Note

Capturing the full potential: Surface potential imaging of soft structures via sideband KPFM

5 Aug 2020

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Selected Filters:

Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

Explore Bruker’s Dimension Icon atomic force microscope

Explore the Dimension Edge with ScanAsyst

Explore the Bruker Dimension FastScan

Explore the Bruker MultiMode 8-HR

Introduction to Bruker’s ScanAsyst and PeakForce Tapping AFM technology

PeakForce Kelvin probe force microscopy

Beyond the naked eye: Characterizing nanomaterials with precision

Artificial intelligence for microscopy: Latest industry trends

Atomic force microscopy for materials

Introducing the Park FX40 atomic force microscope from Park Systems

Investigating the origin of the domain structure in the piezoresponse of hybrid perovskites

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

A new class of atomic force microscope: FX40, the automatic AFM

Meeting the challenges of EM sample preparation: The Leica Nanotechnology product portfolio

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

Making the connection: Atomic force microscopy correlates Graphene's functional properties on the nanoscale

Correlating graphene's functional properties via AFM

Resolving the full potential: Imaging the potential of molecule aggregates via sideband KPFM

Moiré patterns on 2D heterostructures via atomic force microscopy

ZEISS integrated atomic force microscope: Your only true in situ AFM solution for FE-SEMs and FIB-SEMs

Five criteria for high-quality Raman microscopes

Stabilizing the piezoresponse for accurate and crosstalk-free ferroelectric domain characterization

Carrier profiling in high vacuum using scanning spreading resistance microscopy and scanning capacitance microscopy

Capturing the full potential: Surface potential imaging of soft structures via sideband KPFM

Resources

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Search

Selected Filters:

Characterizing ferroelectric materials with SS-PFM and DCUBE PFM

Explore Bruker’s Dimension Icon atomic force microscope

Explore the Dimension Edge with ScanAsyst

Explore the Bruker Dimension FastScan

Explore the Bruker MultiMode 8-HR

Introduction to Bruker’s ScanAsyst and PeakForce Tapping AFM technology

PeakForce Kelvin probe force microscopy

Beyond the naked eye: Characterizing nanomaterials with precision

Artificial intelligence for microscopy: Latest industry trends

Atomic force microscopy for materials

Introducing the Park FX40 atomic force microscope from Park Systems

Investigating the origin of the domain structure in the piezoresponse of hybrid perovskites

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

A new class of atomic force microscope: FX40, the automatic AFM

Meeting the challenges of EM sample preparation: The Leica Nanotechnology product portfolio

Intrinsic electrical characterization of two-dimensional transition metal dichalcogenides via scanning probe microscopy

Making the connection: Atomic force microscopy correlates Graphene's functional properties on the nanoscale

Correlating graphene's functional properties via AFM

Resolving the full potential: Imaging the potential of molecule aggregates via sideband KPFM

Moiré patterns on 2D heterostructures via atomic force microscopy

ZEISS integrated atomic force microscope: Your only true in situ AFM solution for FE-SEMs and FIB-SEMs

Five criteria for high-quality Raman microscopes

Stabilizing the piezoresponse for accurate and crosstalk-free ferroelectric domain characterization

Carrier profiling in high vacuum using scanning spreading resistance microscopy and scanning capacitance microscopy

Capturing the full potential: Surface potential imaging of soft structures via sideband KPFM

Resources Filter